5. The slope of any point on the position time graph is equal to the value of the velocity of the corresponding point on the velocity- time graph.
2. The rate of change of the velocity as a function of time while the cart was rolling freely would be acceleration. The algebraic sign represents whether acceleration in positive or negative.
3. The value of the slope appears to be larger when the elevation of the track is greater.
4. t=0 is intial velocity. v=vo+at.
5. B=
6. Position (x)= xo+vot+.5at^2
5. The slope of any point on the position time graph is equal to the value of the velocity of the corresponding point on the velocity- time graph.
2. The rate of change of the velocity as a function of time while the cart was rolling freely would be acceleration. The algebraic sign represents whether acceleration in positive or negative.
3. The value of the slope appears to be larger when the elevation of the track is greater.
4. t=0 is intial velocity. v=vo+at.
5. B=
6. Position (x)= xo+vot+.5at^2